The rigid, horizontal bar ABC is supported by a rigid, weightless link EB and pinned to a wall at A. Link EB is pinned at both ends E and B. Bar ABC is subjected to a triangular distributed load with w = 5 N/mm. C W B number (rtol=0.01, atol=1e-05) L C Consider the following dimensions: a = 759 mm, c = 675 mm, and L = 1687 mm Determine the magnitude of the average shear stress at pin E, TE. The pin at E is in single shear and has cross-sectional area Ag = 58 mm². |TE| = MPa Y

Elements Of Electromagnetics
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The rigid, horizontal bar ABC is supported by a rigid, weightless link EB and pinned to a wall at A. Link EB
is pinned at both ends E and B. Bar ABC is subjected to a triangular distributed load with w = 5 N/mm.
W
a
L
C
Consider the following dimensions:
a = 759 mm, c = 675 mm, and L = 1687 mm
Determine the magnitude of the average shear stress at pin E, |TE|. The pin at E is in single shear and has
cross-sectional area A = 58 mm².
|TE| = number (rtol=0.01, atol=1e-05)
MPa ?
Transcribed Image Text:The rigid, horizontal bar ABC is supported by a rigid, weightless link EB and pinned to a wall at A. Link EB is pinned at both ends E and B. Bar ABC is subjected to a triangular distributed load with w = 5 N/mm. W a L C Consider the following dimensions: a = 759 mm, c = 675 mm, and L = 1687 mm Determine the magnitude of the average shear stress at pin E, |TE|. The pin at E is in single shear and has cross-sectional area A = 58 mm². |TE| = number (rtol=0.01, atol=1e-05) MPa ?
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